Soil microbiome plays a critical role in maintaining key soil processes such as litter
decomposition, nutrient cycling, and plant productivity. In this study, we aimed to investigate …

If a disease results from the intimate interaction between a plant and a pathogen, its severity
is influenced by environmental factors that affect either the plant, the pathogen, or both. In …

Phosphate is a macronutrient and often the limiting growing factor of many ecosystems. The
aim of this work was to assess the effect of various phosphate sources on the active bacterial …

Soil microbes are incredibly diverse, spanning a variety of ecological roles from
decomposition and the provisioning of plant nutrients to parasitism. Yet microbial diversity …

Farming practices affect the soil microbial community, which in turn impacts crop growth and
crop-weed interactions. This study assessed the modification of soil bacterial community …

It is known that soil microbial communities, in part, determine the level of disease
suppressiveness of soil. However, because of the very high complexity of soil microbial …

Soils host diverse communities of interacting microbes and the nature of interspecific
interactions is increasingly recognized to affect ecosystem‐level processes. Antagonistic …

Improvement of plant fitness and yield by natural occurring root colonizing microorganisms
is of special value in low-input or organic wheat production. Beneficial soil bacteria such as …

Soil microbiomes play an integral role in agricultural production systems. Understanding of
the complex microbial community structure and responses to conventional compared to …

Soil nutrient amendments are recognized for their potential to improve microbial activity and
biomass in the soil. However, the specific selective impacts of carbon amendments on …